CNC Busbar Processing Machine
CNC busbar processing machine is mainly suitable for high and low voltage switchgear, transformer manufacturing industry, for processing various specifications of copper and aluminium busbar. The user can just punch, cut and fold the busbars respectively on the corresponding processing unit with high production efficiency. The bending unit adopts the numerical control method and also has the memory function. The user can input the processing data in advance and the system will call out the data for processing according to the input information. The processed workpiece site data can be stored in the system at any time and called out for repeated use. The user can select the current coordinate value at any time according to the row thickness and the required bending angle and then carry out flat bending or vertical bending processing.
Advantages of CNC Busbar Processing Machine
Precision
The machine uses a computer-controlled system to ensure accurate cuts and bends, resulting in high-quality and precise busbars.
Speed
CNC busbar processing machines can perform operations much faster than traditional manual methods, resulting in increased productivity and efficiency.
Versatility
The machine can create busbars of various sizes and shapes, making it suitable for use in different applications.
Automation
The CNC system automates the entire process, reducing the need for manual labor and minimizing the risk of errors.
CNC control
The machine is equipped with a computer numerical control system that enables precise and accurate cutting, punching, and bending of copper or aluminum busbars.
Multi-functional
The machine can perform a range of operations, including cutting, punching, bending, and forming busbars of various sizes and shapes.
Why Choose Us
Quality control
From raw material procurement to production inspection to market entry, every process and every link is assigned responsibility to every employee and strictly follows. Each batch of goods has a corresponding quality inspection report to solve your concerns about product quality.
R&D
We have gathered many design, research, and manufacturing professional and technical personnel, and constantly cultivate and improve the quality and skills of employees, so that each employee has a sense of belonging and mission, maintains the strongest sense of responsibility in their respective positions, and maximizes their potential.
Good service
The company will, as always, adhere to the tenet of "customer interest is the company's interest", and implement a full range of full-process tracking services for products before, during, and after-sales, to maintain customer interests in depth.
Quick transportation
We cooperate with professional sea shipping, air and logistics companies to provide you with the best transportation solution. Customer service will update you the logistics information of the goods in time to ensure that the goods are delivered in time.
Application of CNC Technology in CNC Busbar Processing Machine
With the development of CNC technology, CNC (computer numerical control) technology has been widely used in busbar machines. The application of CNC technology enables the busbar machine to achieve high-precision and high-efficiency processing, bringing huge economic benefits to the enterprise. CNC technology is an automated processing technology based on computer control. By digitizing the machining process, CNC technology can achieve high-precision, high-efficiency machining operations. With the development of CNC technology, the electrical manufacturing field has rapidly entered the era of CNC busbar processing machine. In the CNC system, the computer accurately controls the busbar machine according to the preset program, including the movement of the tool, cutting speed, feed amount, etc. The application of CNC technology enables the busbar machine to have the characteristics of high precision, high efficiency and high automation.
CNC technology enables the busbar machine to automate the processing process. Through preset programs, CNC busbar processing machines can automatically complete the entire processing process from raw materials to finished products, including cutting, bending, punching and other operations. This not only improves production efficiency, but also reduces the impact of human factors on processing accuracy. CNC technology enables high-precision machining. By precisely controlling the movement and cutting parameters of the tool, CNC busbar processing machines can achieve micron-level processing accuracy. This makes the busbar products produced with high precision and high quality characteristics, which improves the market competitiveness of the products. CNC technology can realize complex shape processing. By using multi-axis linkage technology, CNC busbar processing machines can process busbar products of various complex shapes to meet the needs of different industries. For example, in the power industry, busbar machines can process busbar materials in specific shapes and specifications that meet the needs of the power system.
CNC technology can realize the management of processing data. By inputting processing data into the computer, the CNC busbar processing machine can automatically record and track relevant data for each processing operation, such as processing time, cutting parameters, etc. This helps enterprises conduct production scheduling and quality control, and improve the efficiency of production management. An important feature of CNC technology is programmable control. By writing programs, various complex processing trajectories and process flows can be realized.
Correct Use Method Of CNC Busbar Processing Machine
When assembling, debugging (aligning the mold, adjusting the blade gap) or disassembling the mold, the bus processing machine must be carried out by a person familiar with the machine in accordance with the specified regulations. The sharpness of the cutting edge of the blade and die should be checked regularly. If the cutting edge is found to be dull, it should be sharpened or replaced in time. Be sure to stop the machine when changing the mold to avoid danger. When the CNC busbar processing machinee is working normally, do not put your hands or part of the body between the upper and lower molds (blades), and do not put all sundries and tools on the workbench to avoid accidents. Because the bus processing machine can be operated by multiple people, there must be someone responsible for directing production.
During operation, be careful when holding the workpiece and waiting for the slide to go down. The gap between the cutting blade and the die and the bending radius must be selected according to the thickness of the copper bar (or aluminum bar). Keep the oil clean and the oil path unblocked, and lubricate the moving parts of each unit every shift. Electrical and hydraulic components must be flexible in movement and correct in position. If abnormalities are found, they must be stopped for inspection immediately. In order to improve the service life of the bus processing machine, it is generally required to avoid direct sunlight and other heat radiation, and avoid places with too much humidity, excessive dust or corrosive gas. Corrosive gases can easily cause electronic components to be corroded and deteriorated, causing poor contact or short circuits between components, affecting the normal operation of the equipment. The precision bus bar processing machine should be far away from equipment with high vibration, such as punching machine, forging equipment, etc.
In order to avoid the influence of large power fluctuations (greater than ±10%) and possible instantaneous interference signals, the bus processing machine generally adopts dedicated power supply (such as dividing one way from the low-voltage power distribution room for use by CNC machine tools) or adding a voltage stabilizing device And so on, can reduce the impact of power supply quality and electrical interference. Safety The operating procedures are one of the important measures to ensure the safe operation of the CNC busbar processing machinee. The operator must operate in accordance with the operating procedures. When a failure occurs, the operator should pay attention to keeping the site, and truthfully explain the situation before and after the failure to the maintenance personnel, so as to facilitate the analysis and diagnosis of the cause of the failure, and eliminate it in time. The bus processing machine should not be sealed for long-term use. After purchasing the bus processing machine, make full use, especially in the first year of use, so that the weak links that are prone to failure can be exposed as soon as possible and can be eliminated during the warranty period. When there is no processing task, the bus processing machine should also be energized regularly, preferably 1-2 times a week, and run dry for about 1 hour each time, in order to use its own heat to reduce the humidity in the machine, so that the electronic components are not damaged. In case of damp, it can also find out whether there is a battery alarm in time to prevent the loss of system software and parameters.
As we all know, there are certain regulations and rules for the use of any CNC busbar processing machinee. As a commonly used mechanical equipment now, what are the precautions before using the CNC busbar processing machinee?
Operators who have undergone rigorous training and are proficient in use and maintenance techniques must be selected to work on the machine. Operators are not allowed to wear large clothing or decorative items, and the cuffs and waist circumference need to be tightened to avoid the danger of being dragged and involved by the machine. According to needs, choose to use safety helmets, goggles, safety boots, gloves and other protective equipment.
Be sure to set the operating range on the basis of fully considering the movement of the machine and the busbar, and irrelevant personnel are not allowed to enter the range during operation. In particular, when transposition operations are required, the longer-sized busbar will extend out of the work surface. In this case, if the unrelated person does not notice, the body may hit the extended busbar and cause an accident. In order to avoid problems, it is recommended to use protective devices such as safety fences and support brackets. Be sure to carry out inspection work before starting work.
Maintenance Plan Of CNC Busbar Processing Machine
The influence of the detection device
The detection feedback device, also known as the feedback element, is usually installed on the workbench or lead screw of the CNC busbar processing machinee. The detection feedback device converts the displacement of the worktable into an electrical signal and feeds it back to the numerical control device. If there is an error compared with the command value, then control the table to move in the direction of eliminating the error. The numerical control system can be divided into open-loop, closed-loop and semi-closed-loop systems according to the presence or absence of detection devices. The accuracy of the open-loop system depends on the accuracy of the stepper motor and the lead screw, and the accuracy of the closed-loop system depends on the accuracy of the detection device. The detection device is an important part of the high-performance CNC busbar processing machinee. The shearing unit of the CNC busbar processing machinee adopts a general double-knife shearing, and the notch is smooth and free of burrs.
Hydraulic part
The machine tool coordinate cannot find the zero point. It may be that the zero direction is far from the zero point; the encoder is damaged or the wiring is open; the grating zero mark is shifted; the zero return deceleration switch fails. Check the hydraulic oil level. If the hydraulic oil is too low, oil should be filled in time to avoid damage to the oil pump; clean the bottom of the oil tank; clean the filling port; the above is the introduction of the difference between the CNC busbar processing machinee models, I hope it can be helpful to you. Check whether the hydraulic pipeline is smooth, whether there is aging and leakage; check whether the pump works abnormally; according to the number of hydraulic pump groups, it can be divided into: Single pump: Three processing units of punching, shearing and folding work in sequence. Check whether the pressure values of the hydraulic unit are normal. Check whether the pressure gauge joints are loose. Check whether the hydraulic components are damaged.
Electrical parts
Clean the electric control cabinet. Check whether the heat dissipation state of the electrical cabinet is good. Check whether the terminals in the electrical cabinet are firm. Check whether the electrical components are damaged and whether the contacts are blackened, and replace if necessary. Check the aging of the power cord. Check whether the switch buttons work normally. Check the temperature rise of the motor and check the heat dissipation. Check and debug the numerical control system, and upgrade the processing machine part if necessary.
Punching, shearing and bending parts
Check that the wire insulation is good. Check the sharpness of the cutting edge of the shearing machine. If the blade is found to be blunt, sharpen or replace it in time. Check whether the mold is reliable. Check whether the machine tool fasteners are loose. Lubricate the joints and moving parts of punches, shears and bending machines. Check whether the working pressure value of punching, shearing and bending is normal. Check whether the fastening bolts are firm. Check the working performance of the foot switch.
Briefly Describe The Division Of Cutting Technology Of CNC Busbar Processing Machine
The stamping device can directly bear large force, but the die will fail under eccentric load. If the ambient temperature is lower than 0°C, it should be turned on for a few minutes before working. The shearing technology of the shearing station is divided into dislocation shearing and punching shearing. Before starting the machine for the first time, the fuel tank of the CNC busbar processing machinee must be filled with oil to avoid damage to the oil pump.
The shearing method adopted by the shearing station, the three-station CNC busbar processing machinee, belongs to dislocation shearing. In this way, the design of the mold is simple to manufacture, the price of the CNC busbar processing machinee is simple, and the cutting method is concise, which is convenient for users to understand, operate and maintain. However, the busbar incision is often uneven, the smooth area of the incision is small, and the incision is inclined, which cannot meet the requirements of use. After investigation and relevant data analysis, the design adopts punching and shearing method. This processing method is more similar to punching than shearing, except that the shape of the punching hole is a narrow rectangle, which is a closed shearing. During punching and shearing, since both sides of the cutting edge of the tool are in contact with the busbar, the forces on both sides are symmetrical, so the uniformity and quality of the machined busbar incision are better than the former.
The shearing tool is the main working part of the busbar forming. The whole set of shearing knives is divided into upper and lower parts, the upper part is the upper cutting knife, the lower part is the fixed knife, one on the left and one on the left, one on the left and one on the left. This design takes into account that the busbar is generally placed on the lower processing table, which is more convenient for positioning and processing; secondly, during processing, the weight of the tool itself can be fully utilized to convert it into useful work and improve the processing quality. It avoids the disadvantage that the upward movement of the fixed knife becomes the resistance. In the design of the tool shape, there are generally edge tools and oblique edge tools. When punching and shearing with an ordinary cutting edge tool, the entire cutting edge plane is in contact with the sheet material at the same time, so when punching large or thick plate workpieces, the punching force is often large. If the cutting edge plane of the tool is made to be inclined at an angle to the horizontal plane, the cutting edge will not cut in at the same time during punching and shearing, but will punch the material gradually, which is equivalent to reducing the shearing section area, thus reducing the punching force and reducing the punching force.
FAQ
Q: What is a CNC busbar processing machine?
Q: How does a CNC busbar processing machine differ from a traditional busbar machine?
Q: What are the key functions of a CNC busbar processing machine?
Q: How does a CNC busbar processing machine operate?
Q: What are the advantages of using a CNC busbar processing machine?
Q: Can a CNC busbar processing machine handle complex busbar designs?
Q: What types of busbar materials can be processed with a CNC busbar machine?
Q: Are CNC busbar processing machines user-friendly?
Q: Can a CNC busbar processing machine be customized for specific requirements?
Q: How precise is the cutting accuracy of a CNC busbar processing machine?
Q: What safety features are incorporated into CNC busbar processing machines?
Q: Can a CNC busbar processing machine handle high-volume production?
Q: How can tooling be changed on a CNC busbar processing machine?
Q: Are CNC busbar processing machines suitable for prototyping busbar designs?
Q: What maintenance is required for a CNC busbar processing machine?
Q: Can a CNC busbar processing machine be integrated into automated production lines?
Q: How can I optimize programming for a CNC busbar processing machine?
Q: Are CNC busbar processing machines energy-efficient?
Q: Can a CNC busbar processing machine handle large busbar sizes?
Q: Where can I purchase high-quality CNC busbar processing machines?